This is an archived implementation of the AQUSA tool described in http://bit.ly/aqusa-paper
Visit https://github.com/RELabUU/aqusa-core for a more up to date version of the core of the AQUSA algorithm.
- Tested with Python 3.4
- Install Flask
- Install libraries using
pip install -r requirements.txt
- Create a database
- run migrations:
./manage.py db migrate
&&./manage.py db upgrade
. You might need to delete the migrations in /migrations/versions first. - Install NLTK prerequisite 'Punkt Tokenizer' by running
nltk.download
in the Python interactive shell. - Run the translations with
./manage.py translate
. This will throw an error, but this is not a problem. - Test if the application works by running
nosetests
- Run server by executing ./run.py
- Run shell by executing ./shell.py
- Download the stanford POStagger from
- Move the files
stanford-postagger-withModel.jar
andenglish-left3words-distsim.tagger
to this folder
This is the backend of this application, exposing a simple API to be used by front end applications such as a Ruby on Rails web front-end or an iOS mobile client.
- POST to
/unique_string/project/new_story
- GET stories from
/unique_string/project/stories
- GET report from
/unique_string/project/report
As a demo, you can browse to '/unique_string/project/upload_file' and upload a simple CSV. The report page also serves a simple HTML view.
This is a prototype application that's still quite difficult to figure out. Future versions will be much improved.